Ekotec Enerji Ithalat Ihracat Pazarlama San. ve Tic. Ltd. Sti.
Ekotec has been working in the renewable energy sector since 1999. Ekotec which provides housing heating and cooling services in Austria, move the renewable energy education from Europe to Turkey and it has set out to become an important player with European experience in the heating and cooling sector in our country. Ekotec Energy Import Export Marketing Industry and Trade limited company was established In August 2009, in Sakarya. Ekotec Energy always aims to produce and sell its own brand by taking own patent of its own brand as of the year it was founded. Ekotec branded freight production which are like air source heat pump, water source heat pump, ground source heat pump, water to air heat pump for the air conditioning sector from abroad. With 18 years of sector experience, we bring comfort to the places we offer by offering quality heat pumps to our customers.
Company details
Find locations served, office locations
- Business Type:
- Manufacturer
- Industry Type:
- Renewable Energy
- Market Focus:
- Globally (various continents)
- Year Founded:
- 2009
- Employees:
- 11-100
- Turnover:
- $10,000,000 US - $100,000,000 US
Ekotec Heat Pumps
Heat pump cost consists of 2 factors.
Heat Pump Setup Cost: Setup cost is higher than other fossil fueled systems.
Cost of Operation: Environmentally friendly heat pumps provide high savings in operating cost if they were set up according to the climatic conditions suitable for the environment where it is used.
The first thing that comes to mind about heat pumps that are the environmental friendliness. The largest source of energy is nature and requires a low electrical energy power. Altough high cost the heat pumps, they are profitable systems for extended use. When calculating the cost of the heat pump, we can see the heat pump unit price, equipment, setup cost and heat source cost.Here the biggest cost is the type of heat source. The investment costs are very high in soil and water source heat pumps because their energy source is soil or drilling wells. In air-source heat pumps, the energy source is air. There is no investment for the source.
In these systems, it is important to choose the most appropriate device according to the climate. Heat pump systems which are the lower the degree difference between the energy source and the heat output work efficiently. It is not advisable to use an air source heat pump in very cold climates. The devices to be used there should be soil source heat pumps or water source heat pumps.
It must be calculated separately for each house, which type of heat pump will be more economical in the extended use. Air source heat pump is cheaper than water-borne heat pump.The air source heat pumps are easier to set up than the water source heat pumps.The air source heat pump maintenance costs are cheaper than the water source heat pump maintenance. Electricity consumption can be variable depending on the weather conditions of the air source heat pump. But this is fixed by the water source heat pump and the ground source heat pump. Water and soil source heat pumps have a longer life than air-based heat pumps. Heat pumps are very low maintenance costs compared to other devices. When they are working, they don’t need human power. The whole system can be adjusted automatically. An advantage of these systems is cooling.
Fruit and Vegetable Heat Pump Dryer
Fruit Drying Machine Working Principle
Fruit drying machine increases the temperature inside the cabin to 60 ° C and it evaporates the water which is in fruits, vegetables and other food products.
Fruit Drying Machine Usage Areas
Grape, fig, apricot, apple, lemon, plum and other fruit
Tomato, pepper, bay leaf, corn, tobacco and other dried vegetables
Meat, fish, bacon and other dried foods
Fruit Drying Machine Functions
Heating, drying and dehumidification
Fruit Drying Machine Benefits
1. Drying heat pumps do not create pollution in any way.
2. Dryer heat pumps are renewable energy systems. If desired, it can be operated with the solar battery and the operating cost is reduced to zero.
3. Dryer heat pumps do not use fossil fuel.
4. Dryer heat pumps save 40% to 80% more than fossil fuels.
5. Dryer heat pumps reduce the moisture content without releasing the hot air inside and there is no heat loss.
6. Dryer heat pumps do not give any other odor except for their own odor of dried foods. No oxidation, decomposition, explosion or change of taste.
7. Dryer heat pump hygienic drying is done.
8. Desiccant is controlled by desiccant heat pump automation system.
9. Dryer heat pumps do not create any danger such as explosion, burning, poisoning.
10. Dryer heat pump installation is simple and fast.
11. Dryer heat pumps make drying more healthier and quicker than other drying systems.
12. Low electricity consumption saves the user.
13. Low noise, stable operation and easy temperature control.
14. Reduces labor costs and provides comfortable working opportunities.
15. Continuous operation with long time operation.
Drying Times of Some Fruits, Vegetables and Other Products
- Orange peels: 9 hours
- Mandarin: 16 hours
- Orange: 16 hours
- Apple: 8 - 15 hours
- Apricot: 20 - 28 hours
- Banana: 6 - 10 hours
- Strawberry: 10 - 15 hours
- Cherry: 13 - 21 hours
- Cornelian: 10 - 12 hours
- Fig: 22 - 30 hours
- Grapes: 22 - 30 hours
- Kiwi: 7 - 15 hours
- Peach: 8 - 16 hours
- Pear: 8 - 16 hours
- Proposal: 40 - 60 hours
- Plum: 22 - 30 hours
- Watermelon: 8 - 10 hours
- Asparagus: 5 - 6 hours
- Beet: 8 - 12 hours
- Broccoli: 10 - 14 hours
- Cabbage: 7 - 11 hours
- Carrot: 6 - 10 hours
- Celery: 3 - 10 hours
- Salad: 4 - 8 hours
- Eggplant: 4 - 8 hours
- Foliage: 3 - 7 hours
- Mushroom: 3 - 7 hours
- Okra: 4 - 8 hours
- Onion: 4 - 8 hours
- Peas: 4 - 8 hours
- Tomato: 5 - 9 hours
- Pepper: 4 - 8 hours
- Pelt: 6 hours
- Hazelnut: 10 - 14 hours
- Carrot: 7 - 11 hours